Add to ORKGMethods for calculating the sensitivity of forest soils and surface waters to deposition of acidity and sulphur using a steady-state mass balance model are presented, along with maps of critical loads in Europa using these methods. This information is compared to present deposition levels to indicate areas where ecosystems are currently receiving high loads of these substances that contribute to observed ecosystem damage. The methods to calculate critical loads of sulphur and nitrogen simultaneously are presented.<br
There is currently much interest in mapping critical loads for nitrogen deposition as part of a stra...
We use the dynamic MAGIC model to calculate critical loads of sulfur and nitrogen for forest soils i...
This paper presents the variation of sulphur and nitrogen deposition and the exceedance of their cri...
Methods for calculating the sensitivity of forest soils and surface waters to deposition of acidity ...
A critical load data base was developed for Europe and Northern Asia using the latest data bases on ...
Introduction Forests and other (semi-)natural ecosystemsprovide a range of ecosystem services, such ...
In this chapter an assessment of critical loads of sulphur and nitrogen for forests and (semi-)natur...
As a part of the Agreement on Environmental Co-operation between Norway and Slovakia a project "Mapp...
Anthropogenic emissions of nitrogen (N) and sulphur (S) compounds and their long-range transport hav...
This first Technical report of the Coordination Center for Effects (CCE) presents European maps of c...
This first Technical report of the Coordination Center for Effects (CCE) presents European maps of c...
(1) The Critical Levels/Loads concept was adopted as a policy making tool in development of emission...
Maps of critical loads of acidity and exceedance (sulphur) for coniferous forest soils in Norway hav...
Critical loads were assessed with a steady-state soil model, a dynamic soil model, and an integrated...
National maps produced In response to the call for data of October 2005, a new data set of critical ...
There is currently much interest in mapping critical loads for nitrogen deposition as part of a stra...
We use the dynamic MAGIC model to calculate critical loads of sulfur and nitrogen for forest soils i...
This paper presents the variation of sulphur and nitrogen deposition and the exceedance of their cri...
Methods for calculating the sensitivity of forest soils and surface waters to deposition of acidity ...
A critical load data base was developed for Europe and Northern Asia using the latest data bases on ...
Introduction Forests and other (semi-)natural ecosystemsprovide a range of ecosystem services, such ...
In this chapter an assessment of critical loads of sulphur and nitrogen for forests and (semi-)natur...
As a part of the Agreement on Environmental Co-operation between Norway and Slovakia a project "Mapp...
Anthropogenic emissions of nitrogen (N) and sulphur (S) compounds and their long-range transport hav...
This first Technical report of the Coordination Center for Effects (CCE) presents European maps of c...
This first Technical report of the Coordination Center for Effects (CCE) presents European maps of c...
(1) The Critical Levels/Loads concept was adopted as a policy making tool in development of emission...
Maps of critical loads of acidity and exceedance (sulphur) for coniferous forest soils in Norway hav...
Critical loads were assessed with a steady-state soil model, a dynamic soil model, and an integrated...
National maps produced In response to the call for data of October 2005, a new data set of critical ...
There is currently much interest in mapping critical loads for nitrogen deposition as part of a stra...
We use the dynamic MAGIC model to calculate critical loads of sulfur and nitrogen for forest soils i...
This paper presents the variation of sulphur and nitrogen deposition and the exceedance of their cri...